Neutron Imaging Empowers Scientists to Peer Inside Redox Flow Batteries, Revealing their Internal Processes X-Ray Imaging: A Historical Breakthrough Early 20th Century Advances X-Ray imaging, introduced in the early 20th century, marked a significant breakthrough in medical knowledge, allowing for detailed visualization of bone structure and leading to innovative therapeutic a p proaches. A similar technique now leverages neutron imaging to reveal the internal mechanisms of redox flow batteries, predominantly used for large-scale solar and wind energy storage. This study a p pears in Nature Communications . Observing the inner working of these batteries o pen new avenues for enhancing their performance. Develo pment of the Neutron Imaging Method International Collaboration Antoni Forner-Cuenca of TU/e led an international collaboration, including MIT and the Paul Scherrer Institute (PSI) in Switzerland, which resulted in the develo pment of this...
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